Part Number: TPS548A29 Other Parts Discussed in Thread: TPS548B28 , TPS548A28 Hi Team,
My customer want to improve output ripple performance, so they add a bead between inductor and load.
After solder the bead and using remote sense, IC will enter output…
Part Number: TPS548A28 Other Parts Discussed in Thread: TPS548A29 , Hi,
What's the best fit device for 12VIN 5.5VOUT 5A; among TPS548A28 and TPS548A29? Their operations are same but they have different internal VCC LDO; 3V vs. 4.5V. Is there any operational…
Part Number: TPS548A29 Hi Team,
Our customer is looking for your help regarding Simulation. Please see details below:
i recently downloaded both the simulation model and the SPICE-for-TI application. I did not modify the model, and I did not update the…
Part Number: TPS548A29 Hi Sir,
When I use the differential remote sense function, can I use 8 mil power trace/8mil gnd trace and the differential length how many mils limitation ?
Is the kelvin sensing to put 0.1uF capacitance between power trace and…
Part Number: TPS548A29 Other Parts Discussed in Thread: TPS548B27 , TPS548B28 , Hello, My customer is looking for a buck converter device like TPS54A29 spec but OVP is auto retry, not latched. What devices does TI recommend? Best regards, K.Hirano
Part Number: TPS548A29 Other Parts Discussed in Thread: TPS548B28 Hi sir,
When I use TPS548B28 to replace TPS548A29(no stock) on the EVB, can I use the same Lout(800nH) but only change the Rtrip =? Rmode =? for current<=15A use ?
Part Number: TPS548A29 Other Parts Discussed in Thread: TPS62825 , Dear *,
can you tell how many EN pins of TPS62825ADMQ can i drive with TPS548A29RWW ?
we would like to enable 3x TPS62825ADMQ, can i direct drive 3 EN inputs or do i need a buffer or mosfet…
Part Number: TPS548A29 Other Parts Discussed in Thread: TPS543820 Dear *,
we have to generate 0.8V from 5V with following specification:
Iout_max = 7A
Vout = 0.8V
Vin = 5V
Ripple mVp-p = 24mV
good transient response
Would you recommend TPS548A29, or…
Part Number: TPS548A29 Dear Sir/Madam,
I have read the datasheet of TPS548A29 recently.
In 8.2.2.5 Choose the Output Capacitor , the equation to calculate capacitance by under/overshoot are below
I assume that in load step-up condition, a duty cycle is…